The second Sandia Fracture Challenge: predictions of ductile failure under quasi-static and moderate-rate dynamic loading.

Autor: Boyce, B.1 blboyce@sandia.gov, Kramer, S.1 slkrame@sandia.gov, Bosiljevac, T.1 trbosil@sandia.gov, Corona, E.1 ecorona@sandia.gov, Moore, J.2 johnallanmoore@gmail.com, Elkhodary, K.3 khalile@aucegypt.edu, Simha, C.4 Hari.Simha@NRCan-RNCan.gc.ca, Williams, B.4 Bruce.Williams@NRCan-RNCan.gc.ca, Cerrone, A.5 albert.cerrone@ge.com, Nonn, A.6 aida.nonn@oth-regensburg.de, Hochhalter, J.7 jacob.d.hochhalter@nasa.gov, Bomarito, G.7 geoffrey.f.bomarito@nasa.gov, Warner, J.7 james.e.warner@nasa.gov, Carter, B.8 bjc21@cornell.edu, Warner, D.8 reddhw52@cornell.edu, Ingraffea, A.8 ari1@cornell.edu, Zhang, T.9 tzhang@gem-innovation.com, Fang, X.9 xfang@gem-innovation.com, Lua, J.9 jlua@gem-innovation.com, Chiaruttini, V.10 vincent.chiaruttini@onera.fr
Zdroj: International Journal of Fracture. Mar2016, Vol. 198 Issue 1/2, p5-100. 96p.
Databáze: Academic Search Ultimate